When traditional communications fail, your business needs backup systems that work. As a licensed amateur radio operator and ARES/RACES volunteer, I design and deploy professional-grade emergency communication systems that keep your operations running during disasters, power outages, and network failures.

Why Emergency Communications Matter

Recent Examples:

  • 2024 Hurricane Helene & Milton: North Carolina and Florida communities lost cellular and internet for weeks, but amateur radio operators coordinated rescue efforts and connected families
  • 2023 East Palestine Train Derailment: Radio networks provided critical coordination when traditional communications were overwhelmed during the emergency response
  • 2021 Texas Winter Storm: Traditional telecom infrastructure failed for days, but radio networks maintained critical communications and neighbor-to-neighbor welfare checks
  • 2020 Derecho Windstorm: Iowa businesses with radio backup systems stayed operational while others lost contact with remote sites

Your business continuity plan isn’t complete without communications redundancy. More importantly, when disasters hit, these systems help neighbors support neighbors and communities take care of their own.

Radio Network Design & Implementation

Two-Way Radio Systems

Professional radio networks for daily operations and emergency backup:

  • Manufacturing Floor Communications: Hands-free systems for noisy environments
  • Campus-Wide Coordination: Multi-building coverage with repeater systems
  • Security & Safety Teams: Encrypted channels for sensitive communications
  • Maintenance & Operations: Reliable communication in areas with poor cellular coverage

Technical Specifications

  • Frequency Coordination: FCC license application and coordination
  • Coverage Analysis: RF propagation modeling and site surveys
  • Equipment Selection: Commercial-grade radios from trusted manufacturers
  • Installation & Testing: Professional installation with performance verification

LTE & Cellular Backup Systems

Private LTE Networks

Deploy your own cellular infrastructure for critical locations:

  • Manufacturing Sites: Dedicated bandwidth for mission-critical IoT devices
  • Remote Locations: Cellular coverage where traditional carriers fail
  • High-Security Applications: Private networks with full control over data routing

Multi-Carrier Redundancy

  • Automatic Failover: Systems that switch between carriers automatically
  • Priority Access: FirstNet and other priority services for critical infrastructure
  • Satellite Backup: Starlink and traditional satellite communications for ultimate redundancy

ARES/RACES Integration

Emergency Services Coordination

As an active ARES/RACES volunteer, I bridge the gap between business continuity and public safety:

  • Emergency Operations Center (EOC) Integration: Your business communications integrated with local emergency management
  • Resource Coordination: Access to amateur radio networks during large-scale emergencies
  • Training & Protocols: Staff training on emergency communication procedures
  • Equipment Interoperability: Radio systems that work with public safety frequencies

Community & Mutual Aid Networks

  • Neighbor-to-Neighbor Networks: Local communication systems that help communities check on each other during disasters
  • Business Mutual Aid: Coordination between local businesses for shared resources and support during emergencies
  • Industry-Specific Groups: Specialized networks for manufacturing, healthcare, and technology companies
  • Regional Coordination: Integration with New England emergency communication networks and SKYWARN weather spotting

Equipment & Training Services

Professional Equipment Sales

As a Retevis dealer, I provide commercial-grade radio equipment:

Popular Radio Models:

  • Retevis RT29: Long-range VHF/UHF radios for outdoor operations
  • Retevis RT82: Digital DMR radios with GPS and text messaging
  • Retevis RT95: Mobile/base station radios for fixed installations
  • Retevis RA685: Repeaters for wide-area coverage

Staff Training Programs

  • Radio Operation: Basic and advanced radio operation procedures
  • Emergency Protocols: Communication procedures during different emergency scenarios
  • FCC License Preparation: Help your staff obtain amateur radio licenses for enhanced capabilities
  • Equipment Maintenance: Basic maintenance and troubleshooting training

Industry-Specific Solutions

Technology Companies

  • Data Center Communications: Backup communications for critical facility management
  • Remote Work Support: Reliable communications for distributed teams during emergencies
  • Customer Support Continuity: Maintain customer communications during infrastructure failures

Biotech & Life Sciences

  • Research Facility Safety: Emergency communications for laboratory safety protocols
  • Clinical Trial Coordination: Backup communications for multi-site clinical trials
  • Regulatory Compliance: Communication system documentation for FDA inspections

Advanced Manufacturing

  • Production Floor Safety: Instant communication for safety incidents and emergency shutdowns
  • Supply Chain Coordination: Maintain supplier and customer communications during disruptions
  • Quality Control: Reliable communication between production areas and quality labs

Business Continuity Planning

Comprehensive Assessments

  • Communication Dependency Analysis: Identify critical communication paths in your business
  • Risk Assessment: Evaluate vulnerabilities in your current communication systems
  • Redundancy Planning: Design multiple backup systems with different technologies
  • Testing & Validation: Regular drills and system testing to ensure reliability

Implementation Phases

  1. Assessment & Planning: Understand your current systems and requirements
  2. Design & Engineering: Create a comprehensive communication backup plan
  3. Equipment Procurement: Source and configure professional equipment
  4. Installation & Testing: Deploy and validate all systems
  5. Training & Documentation: Ensure your team can use the systems effectively
  6. Ongoing Support: Maintenance, updates, and regular testing

Getting Started

Emergency communications planning starts with understanding your specific risks and requirements.

Initial Consultation Includes:

  • Risk Assessment: Review of your current communication dependencies
  • Technology Evaluation: Matching the right solutions to your specific needs
  • Budget Planning: Phased implementation approach that fits your budget
  • ROI Analysis: Cost of communication backup vs. cost of business disruption

Schedule Emergency Communications Consultation → Email Me Instead →

Professional emergency communications design and implementation throughout New England. Licensed amateur radio operator and active ARES/RACES volunteer.